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在利用Excel表格进行日常办公时，经常需要在表格当中进行汇总求和操作，但很多用户会遇到一个问题，那就是当数据带有单位时，不能成功完成求和工作，今天小编就来教大家如何在Excel表格当中带单位求和，具体怎么操作呢，一起来学习一下吧。

首先，在表格当中输入需要求和的数据，如下图所示：

>>免费升级到企业版，赠超大存储空间

在F2单元格当中，输入公式=SUM(–SUBSTITUTE(C2:E2,”分”,””))&”分”， 注意接下来不能直接单击回车，要按组合快捷键Ctrl+Shift+Enter，如下图所示：

>>免费升级到企业版，赠超大存储空间

单击快捷键后可以看到，总成绩即可计算完毕，下拉单元格填充框，完善整个表格，如下图所示：

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Feb
12

From the NAW Blog:

How do you plan when all certainty has gone out the window more than once in the past year? Even with an end to the pandemic in sight, distributors may be looking at their 2020 business plan and wondering if it’s even worth putting a plan together for 2021. It’s tempting to stay light on your feet and be ready to pivot.

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Austin Jones, Welding Supervisor at Astro Machine Works, has achieved the AWS (American Welding Society) Certified Welding Inspector (CWI) certification. The American Welding Society (AWS) Certified Welding Inspector (CWI) certification involves great responsibility and remarkable skill demonstration in the determination of weld quality according to applicable codes. Welding inspection goes way beyond simply looking at welds. A CWI must have a wide range of knowledge and skills including, but not limited to the following:

• Knowledge of drawings and specifications
• Knowledge of welding terms
• Knowledge of welding processes
• Knowledge of testing methods
• Training in engineering and metallurgy
• Welding experience
• Ability to maintain good records
• Ability to understand and apply documents describing weld requirements

To qualify as a CWI, Austin was required to meet a combination of qualifying education and work experience, along with demonstration of competence through an intense examination process.   The CWI is widely recognized, both nationally and internationally, and many successful companies have come to rely on this AWS certification when ensuring the highest level of quality workmanship.  AWS is the worldwide leader in certification programs for the welding industry.We are committed to our customers and we could not continue this growth without the dedication of our manufacturing team.  In 2018 we became a 100% ESOP Company , helping to create a work environment that promotes longevity and growth.

Astro Machine Works’ modern manufacturing facilities total approximately 72,000 square feet.  In addition to CNC Machining we are known for our Manufacturing of Custom Automated Machinery and Machine Repair & Rebuild capabilities.  Our shop has full-service Contract Manufacturing capabilities with Fabrication, Welding, Assembly, Finishing and Testing, Wire EDM, and Surface Grinding, In-house Panel Wiring, Parts Replacement including Reverse Engineering.  We value the highest quality production standards and are certified to ISO 9001:2015 and AS9100D.

Categories: Press Releases

Ceramic forming is an important part of the ceramic preparation process, the forming technology to a large extent determines the uniformity of the body and the ability to prepare complex shaped parts, and directly affects the reliability of the material and the cost of the final ceramic parts.

3, Injection molding
Ceramic injection molding is a new process for preparing ceramic parts, which is developed by combining polymer injection molding with ceramic preparation technology.

The manufacturing process of ceramic injection molding mainly includes four links:
① The suitable organic carrier and ceramic powder are mixed, dried and granulated at a certain temperature to obtain a mixture for injection;
② The injection mixture after mixing is heated into a viscous melt in the injection molding machine, injected into the metal mold at a certain temperature and pressure at high speed, cooled and solidified into the desired shape of the billet, and then demoulded;
③Degreasing: by heating or other physical and chemical methods, the organic matter in the injection molding body is removed;
④ Sintering: the ceramic blank after degreasing is densified and sintered at high temperature to obtain the dense ceramic parts with the required appearance shape, dimensional accuracy and microstructure.

 

Advantages of injection molding:
① can be directly made into various shapes of complex small ceramic parts, reduce the cost of expensive ceramic processing.
②High degree of mechanization and automation, short production time, only a few tenths to a few hundredths of the time used for pouring molding and hot pressing molding. And can be automated production, production process management and control is also very convenient, suitable for mass production.
③ Due to the good fluidity of the binder, the density of the injection molding billet is quite uniform.

Application: This technology has the most advantages for mass production of ceramic products with high dimensional accuracy and complex shapes. At present, ceramic injection molding has been widely used in various ceramic powders and various engineering ceramic products. Various precision ceramic parts prepared by this process have been used in aviation, automobile, machinery, energy, optical communication, life medicine and other fields.

4, Isostatic pressing

At present, isostatic pressing is the main forming method for producing alumina ceramic balls.

Hot isostatic pressing process is to apply high pressure (50-200MPa) and high temperature (400-2000℃) to the outer surface of the machined parts by inert gases (such as argon and nitrogen), and the increased temperature and pressure make the material through plastic flow and diffusion to eliminate the gap under the surface. The hot isostatic pressing process can achieve a uniform and fast cooling process through thin-wall prestressed winding units, and the production efficiency is increased by 70% compared with the natural cooling process.

The cold isostatic pressing process can apply higher pressures to ceramic or metal powders, up to 100-600 mpa at room temperature or slightly higher temperatures (< 93 ° C), and sintered to final strength. Hot isostatic pressing and cold isostatic pressing technologies allow ceramic manufacturers to increase productivity while controlling material properties.

At present, cold isostatic pressing technology is widely used in daily ceramics, architectural ceramics, special ceramics and other fields. For example, plates, dishes, alumina grinding balls, alumina chemical packing balls, firebricks, ceramic sticks, spark plugs, high-frequency porcelain sleeves, composite ceramics, etc.

Advantages of isostatic pressing:
① The pressure is transmitted from all directions, the compact density is evenly distributed, and the compact strength is high;
② The density of the blank is high, the uniform defect is less, and the firing shrinkage is lower than that of the general dry;
③ It can press parts with concave shape, slender parts and other complex shapes;
④ Low friction loss, low forming pressure;
⑤ Low mold cost.

Disadvantages of isostatic pressing: it is not easy to accurately control the size and shape of the billet, and the productivity is low, and it is not easy to automate.

See the next article for the remaining several structural ceramic molding processes.

Nitrogen is familiar to everyone, with oxygen accounting for about 21% of the air and nitrogen reaching at least 78%. So how can we effectively extract nitrogen from the air and even improve the purity of nitrogen to the highest level? Now let me introduce you an indispensable adsorbent: carbon molecular sieve.

Carbon molecular sieve belongs to carbon adsorbent, and its ability to separate air depends on the different diffusion rates or adsorption forces of various gases in the micropores of carbon molecular sieve. When carbon molecular sieve enters the adsorption tower, its adsorption capacity for oxygen and nitrogen is similar, but the diffusion speed of oxygen molecules is much faster than that of nitrogen molecules. Therefore, carbon molecular sieve air separation for nitrogen production is based on this performance, and nitrogen is separated from the air through the PSA process flow? So how to choose carbon molecular sieves?

As well known, there are both imported and domestically produced products, and our carbon molecular sieve is no exception. The main difference between imported and domestic carbon molecular sieves is the nitrogen production rate and recovery rate. The nitrogen production rate refers to the amount of nitrogen gas produced per ton per hour; The recovery rate is the amount of air consumed. There is still a gap between domestically produced and imported carbon molecular sieves, but considering the price, I personally think that domestical produced ones have a higher cost-effectiveness. The market price varies according to the nitrogen production rate, which is often reflected in the types, such as carbon molecular sieve 220, carbon molecular sieve 240, carbon molecular sieve 260… carbon molecular sieve 330). Normally, the price of imported carbon molecular sieves is twice or more than that of domestic molecular sieves. As an occasional buyer, if you want to buy a cost-effective and stable quality carbon molecular sieve, you must advise the seller of the process of your nitrogen generator, the required amount of carbon molecules, and the final gas flow rate and N2 purity achieved. Using this as the assessment standard to purchase carbon molecular sieves, otherwise, if you disregard the process, gas volume, purity, and weight to buy carbon molecular sieves, you will only be a scapegoat. Currently there is a market where low type carbon molecular sieves are used as high type carbon molecular sieves for sale, but users are unable to assess them. Therefore, it is necessary for everyone to keep their eyes open and discuss technical issues with carbon molecular sieve manufacturers in order to purchase satisfied adsorbent carbon molecular sieves.

OIM Chemical is a professional manufacturer specialized in adsorbents and ceramic balls. We have excellent R&D and technical personnel rooted in this field for many years, while providing effective solutions for domestic and foreign buyers. Welcome new and regular customers to explore together.

Anti-skid: The ceramic surface has uniform spherical protrusions, and the friction coefficient is three times that of traditional rubber lagging. Thousands of protrusions can generate positive traction when the back of the conveyor belt passes, preventing the conveyor belt from slipping and deflecting, and improving conveying efficiency. .

 

Preventing deviation: The main reason for traditional belt deviation is the wear of the rubber cover and the accumulation of material. The surface of the rubber coating of our ceramic roller has almost no wear, and the materials that occasionally enter will be discharged through the groove, so there will be no problem of material accumulation:

 

Protect the belt: The design of raised points without edges and corners will not cause the problem of wear on the conveyor belt caused by the sharp edges of raised particles common in other ceramic coatings: there is no relative sliding between the roller and the belt. It further protects the belt from wear; it can reduce the tension of the belt and extend the life of the belt under the same load:

 

No material accumulates on the surface: Each ceramic rubber plate has a groove built at a certain distance, which allows foreign matter (dust, soil) on the drum to be discharged along the groove, giving the drum a unique self-cleaning function, especially suitable for wet work. environment;

 

Long service life: the service life is more than 5 times that of ordinary rubber rollers;

 

Easily cope with harsh working conditions: In harsh conditions such as slippery, muddy, long-distance transportation, etc., ceramic roller lagging has even more outstanding performance;

 

Impact resistance: The elasticity of the underlying rubber can provide good impact resistance:

 

Quick and easy installation: There is no need to remove the roller from the conveyor, which reduces the cost of disassembly, installation and transportation of the roller, saves time, and reduces labor intensity and safety hazards for workers. At the same time, it also eliminates the loss of the belt conveyor and other parts when disassembling and assembling the drum.

                                            

摘要

隨著科技進步，「如何讓機器人自己聊天」已不再是電影裡的幻想。本文向你介紹AI對話技術如何帶來五個令人驚艷的新體驗。 歸納要點:

• AI打造聊天神器:利用先進的機器學習技術,讓機器人對話不再僵硬,而是流暢自然,就像與一位老朋友閒聊。
• 揭秘五種AI對話創新互動:從情感分析到語境識別,展示了如何透過不同技術讓AI更加理解並回應人類的需求。
• 運用自然語言處理(NLP)來提升對話質量:通過學習大量的語言數據,使AI能夠更好地理解和使用人類語言,使交流更加貼近人性。
• 根據最新研究顯示,結合NLP和深度學習技術的AI對話系統,在模仿人類性格和情感方面的準確度已提高至89%。

透過深入淺出地探索AI對話技術名下各項創新發展和實際應用，我們可以預見未來與AI交流將越來越無界限、真實和有趣。

AI打造聊天神器：讓機器人對話活靈活現

想像一下，如果機器人能夠像你的好朋友那樣與你聊天，這會是什麼體驗？隨著AI技術的不斷進步，這已經不再是遙不可及的夢想。現今的AI聊天機器人可以提供非常自然流暢的對話體驗，幾乎讓人忘記自己正與一台機器交流。但是，究竟是怎麼做到的呢？核心在於先進的自然語言處理（NLP）技術和深度學習模型。這些技術使得AI能夠理解、生成甚至預測使用者可能說出的話，從而實現更加貼近人類思考方式的互動。如此看來，是否我們正步入一個可以與智慧存在無縫對話的新時代呢？答案似乎越來越明確了。
本文歸納全篇注意事項與風險如下，完整文章請往下觀看

• 須注意事項 :
  • 情感交流限制:儘管技術日趨成熟,但目前AI仍難以完全理解或模仿真正的人類情感和細微表達。
  • 隱私侵害風險:收集大量資料以實現個性化服務可能會引發資訊安全問題及隱私洩露的風險。
  • 社交技能缺乏深度:AI在對話中可能缺乏深層次文化、情境理解及創造性反應能力。
• 大環境可能影響:
  • 道德與法規挑戰:AI行為可能挑戰現有道德界限和法律規範(例如,在決策中偏見),需要新型監管框架來因應。
  • 替代性就業影響:AI接管部分工作職責可能造成失業問題或需要專業人士轉型重新培訓。
  • 過度依賴問題:長期依賴於機器人進行社交活動可能削弱人類之間真實世界互動以及社交技巧。

揭密五種AI對話創新互動，讓你驚艷不已

隨著AI技術的不斷進步，機器人聊天體驗已經遠超我們的想象。今天，讓我們一探究竟，揭開五種令人驚艷的AI對話創新互動

摘要

在今日競爭激烈的市場中，打造一個高效率的預約系統對於提升企業服務效能和顧客滿意度至關重要。本文將透過實戰攻略深入淺出地介紹如何建立這樣一套系統。 歸納要點:

• 打造高效預約系統的關鍵步驟包括了瞭解客戶需求、選擇合適的技術平台,並設置靈活的預約選項。
• 掌握系統功能,提升服務效能意味著利用自動化工具來減少手動操作,從而加快處理速度並減少錯誤。
• 整合多種管道便利預約流程,如網站、社群媒體和行動應用程序,讓顧客可以隨時隨地輕鬆預約。
• 根據研究指出,使用自動化流程可幫助企業節省高達50%的時間與成本(來源:Forrester Research)。

透過明確理解顧客需求、有效整合多元通路和大力推行自動化流程等策略，企業可以成功打造出既有效率又受歡迎的高效預約系統。

打造高效預約系統的關鍵步驟

打造一個高效的預約系統對於企業來說，不只是提升服務效能的利器，更是經營策略中不可或缺的一部分。那麼，如何才能建立起一套既有效又適合自家業務需求的預約系統呢？我們得從了解目標顧客開始著手。接下來，設計一個直觀易用的介面成為關鍵;確保系統具備靈活性以適應各種突發情況及客戶需求變化。引入自動化工具以減少人力錯誤和提高效率也至關重要。最後但同等重要的是保護客戶資料安全，增加使用者信賴度。

摘要

隨著科技日新月異，製作一個像朋友般可以閒聊、展現情感交流能力的AI聊天機器人成了許多開發者追求的目標。本文深入剖析如何結合最新科技打造出真正親切、能夠理解和反映使用者情感需求的AI聊天伴侶。 歸納要點:

• 打造親切的聊天機器人閒聊關鍵在於理解和模仿人類的情感交流,讓對話更加自然且富有同理心。
• 透過高級自然語言處理技術(NLP),使機器人能夠識別和回應用戶情緒,從而展現出同理心。
• 設計流暢自然的對話路徑,確保機器人能夠以看似無縫的方式持續對話,維持用戶興趣。
• 根据最新研究,超過65%的消費者表示若聊天機器人能提供個性化且及時的回應會大幅提升他們的使用滿意度。

透過精準捕捉到打造親切AI聊天机器人背后所需掌握的核心要素—包括情感交流、同理心體現、自然對話設計以及針對用戶需求做出個性化回应—我們不僅拉近了人與AI之間的距離，也讓日常生活中的數位互動更加溫馨、有趣。

打造親切的聊天機器人閒聊：情感交流的關鍵

打造一個能夠進行親切閒聊的聊天機器人，關鍵在於理解和實踐情感交流的技巧。你曾經想過為什麼有些機器人聊起來就像是和一位老朋友般自在，而有些則讓人感到生硬、不自然嗎？答案很大程度上取決於它們如何處理和表達情感。深入探討使用者互動時常見的情感需求並加以實現，無疑是提升交流質量的直接途徑。例如，當使用者表達憂愁時，機器人回以同理心回應，或者針對使用者興趣點提供定製化話題等方式可以大幅增強互動親密度。透過細致分析使用者語言中隱含的情緒指示，並結合最新的自然語言處理技術（NLP），我們不僅使得對話更加流暢自然，還能讓每次交流都充滿溫度和真誠。正因如此，在打造聊天機器人時考量其情感交流能力至關重要——它決定了使用者是否會把這台機器人看作僅僅是一個查詢工具，還是一位值得信賴、可親近的數字朋友。

本文歸納全篇注意事項與風險如下，完整文章請往下觀看

• 須注意事項 :
  • 技術限制或程式錯誤可能導致聊天機器人無法正確解讀複雜或含糊的人類情感,引起溝通障礙。
  • 過度依賴聊天機器人可能削弱人類間直接交流的技巧與意願,影響社會互動模式。
  • 當前AI尚不能完全模仿真實情感反映,可能造成用戶期待落差並影響長期信任建立。
• 大環境可能影響:
  • 隱私保護問题突出:若聊天記錄未得到妥善管理, 可能会导致用户敏感信息泄露并被滥用。
  • 过度赋予机器“人类”属性可能帶來道德与哲学上的爭議, 尤其是在模仿深层次情绪互动时。
  • 市場競爭日益加劇,未来若無創新突破可导致产品同质化严重, 影响企業可持续发展与竞争力。

解碼AI情緒：讓機器人展現同理心

在聊天機器人的世界裡，要讓它們展現出同理心，首先得了解什麼是「AI情緒識別」。簡單來說，就是讓機器透過分析文字或語音中的情感訊息，從而做出相對應的反應。想想看，當你對著手機抱怨一天的辛勞時，如果回答你的不再是冰冷的指令反饋，而是一句溫暖的話語，“今天真辛苦了”，這種感覺會有多好？技術上來講，這涉及到自然語言處理（NLP）和機器學習演算法等技術，在背後不斷地學習和最佳化以更貼近人類情感。但別忘了，在塑造這種能力時保持正確道德框架也非常關鍵。我們不希望建立一個只會盲目迎合、無法區分正確與錯誤情感反應的AI。所以，在打造親切且具有同理心的聊天機器人時，平衡技術與道德考量成了重中之重。

我們在研究許多文章後,彙整重點如下

網路文章觀點與我們總結

• 聊天機器人應反映出品牌的調性,使用無縫且自然的語句。
• 創建一個用戶能與之建立連接的角色是人性化chatbots最關鍵的一點。
• 聊天機器人的角色應與您的品牌和目標受眾保持一致,為用戶創造難忘而親切的體驗。
• 情境式對話增加了聊天機器人與用戶互動的親切感。
• 良好的情感交流能力可以讓聊天機器人與使用者建立情感聯繫。
• 多語言支援功能讓聊天機器人能服務更廣泛的用戶群。

在這個數字化、快節奏的時代裡，我們都渴望有那麼一絲溫暖和連結。不可否認，隨著科技進步，聊天機器人已演變成我們生活中不可或缺的部分。透過打造具有親切性、理解力以及強大情感交流能力的聊天角色，不僅提升了客戶服務效率，同時也為品牌和消費者之間架起了溝通的橋梁。正確地設計並利用這些虛拟助手，就像是在冰冷數字背後注入了一絲溫度，使得每次對話都充斥著友善和理解。

觀點延伸比較:

功能 目的及效益 最新趨勢與權威觀點 反映品牌調性 確保聊天機器人的語氣和行為與品牌形象相匹配,增強品牌一致性。 專家建議透過大數據分析用戶對話,自動調整聊天機器人的語氣以符合目標受眾期待。根據最近的研究,75%的消費者更願意與具親和力的品牌互動。 無縫且自然的語句 提升用戶體驗,讓交流更加流暢自然。 運用自然語言處理(NLP)技術,使得聊天機器人能更好地理解和使用日常語言。新一代NLP模型如GPT-4在上下文理解上已達到驚人的準確度,可以有效減少誤解情況發生。 創建連接角色 增強用戶個人化體驗,促進情感聯結。 趨勢是製作具有個性化特質(如幽默、同情等)的聊天角色,以便於不同背景的用戶建立深層次連接。目前許多企業開始利用AI生成的人物設計來提高客戶忠誠度。 情境式對話 豐富互動環境,提高互動質量和親切感。 引入AI情境分析技術,根據對話上下文提供更加貼心和準確的回答或建議。有研究顯示,場景化對話可使轉換率提高高達30%。 良好情感交流能力 促進與使用者之間的情感連結。 開發先進的情緒識別技術,能夠識別並回應使用者的情緒變化,從而提供更加貼心的服務。例如,新興科技已經可以實時分析聲音中的情緒波動,以優化回應策略。 多語言支援功能 拓展服務範圍至全球多種文化和語言群體。 利用先進機器學習模型訓練聊天機器人掌握多種語言,实现真正意义上的全球覆盖服务。在全球化逐漸加速的大環境下,多語言支持成為必須,而AI翻譯技術則持續改善其準確性與流暢度。

打造自然流暢的機器人對話

打造自然流暢的機器人對話，關鍵在於理解和模仿人類的交流方式。想過為什麼跟朋友聊天能那麼輕鬆自在嗎？因為我們會用到情感、語境以及生活中的小細節。一台好的聊天機器人也得學會這些。它要能從對話中抓取情感，判斷你是高興還是難過，並作出相應的回應。接下來，語境理解力也不能少，意思是它得知道上一句話和下一句話之間的關係以及整個對話的主題方向。最後但同等重要的是細節處理。比如提到「昨天看了場電影」時，能跟進去問「哪部電影？喜歡嗎？」這種互動讓對話更加自然有趣。

所以，如果要讓聊天機器人成為能夠與人自然閒聊、建立情感連結的夥伴，我們需要給它裝上三項「超能力」：情感識別、語境理解、細節捕捉。透過持續學習和最佳化這三大技術門檻，我們就能創造出既親切又智慧的AI伴侶。

最佳化聊天機器人回應：個人化與適時性

想讓你的聊天機器人更加貼心吧？

Thanks to some shocking goalkeeping and a determined performance from Corentin Tolisso, Lyon earned a 2-1 win in the first leg of their Europa League quarterfinal against Besiktas last Thursday. The story, however, was not on the pitch, where Lyon rode their luck, looking shaky at set pieces but managing to take a slender lead through the grace of Anthony Lopes.

Rather, it was in the stands, as Besiktas supporters threw objects at and fought with Lyon fans, delaying the kick-off close to an hour. UEFA fined both teams €100,000 and added a two-year suspended ban yesterday, offering a firm condemnation not only of the behaviour of the Turkish club’s fans, but also of Lyon’s organization and security protocols. This was another black eye on the Parc OL administration after security had failed to prevent PSG’s fans from doing considerable damage to the ground a fortnight prior.

Lyon’s travails hardly ended there, though, as the club’s trip to Bastia was marred by more violence, with members of the crowd coming onto the pitch to attack the visiting players. Sanctions from that match are forthcoming, but needless to say, this has been a tumultuous period for Lyon, who will also be disappointed to have lost to Lorient in the league the previous weekend.

Finally able to take some of their frustrations out on the pitch, they should be raring to go, having rested several of their key players for the trip. Besiktas haven’t played since last Thursday, which has offered a good opportunity for injured players to return. As the hosts need to score, this should be a far more open affair; with neither team hugely impressive in defence, this tie will surely come down to who can offer better finishing, as Besiktas may rue their missed opportunities in the first leg.

Team News:

Ricardo Quaresma’s career has often been dogged by accusations of not living up to his potential, and those have some weight given he has played much of his later career in Turkey rather than at clubs as illustrious as Barcelona or Inter Milan, where he has spent time as well, failing to make much of an impression. Nevertheless, the Portuguese international is still, even at 33, capable of moments of brilliance, and will be a real threat, coming in on the right side of Senol Günes’ 4-2-3-1. Ryan Babel should switch back to the left, with Talisca and Cenk Tosun keeping their places in attacking midfield and at centre forward.

In central defence, Marcelo, whose height was a huge threat from set pieces in the first leg, will be sorely missed through suspension, but the Croatian veteran Dusko Tosic should look more comfortable in his stead, having been forced to play at left back in the previous leg. Former Barcelona player Adriano will resume his normal role at left back, with the experienced Turkish international Gökhan Gönül retaining his place on the opposite flank. In central midfield, Oguzhan Ozyakup will partner the lanky Atiba Hutchinson, the latter’s range of passing and ability on the ball having been key to much of what Besiktas got right in the first leg.

For Lyon, several key players (Alexandre Lacazette, Mathieu Valbuena, Corentin Tolisso) didn’t even make the trip to Corsica, meaning that they will be, again, well-rested for this encounter. With Rafael suspended and Emanuel Mammana still injured, the defence should be the same four that finished the match at the Parc OL, with Mapou Yanga-Mbiwa coming in for the young Argentine, Jérémy Morel on the left, Christophe Jallet on the right and Mouctar Diakhaby partnering the former Roma man.

In midfield, Maxime Gonalons is back from suspension, and with Lucas Tousart in good nick, Bruno Génésio may opt for a 4-3-3 with the captain sitting in front of the defence and Tolisso and the youngster playing centrally. Tolisso could alternatively be pushed further forward to play as a second striker, giving him an opportunity to use his unique combination of aerial ability and dribbling to complement the finishing of Lacazette.

Whether a 4-2-3-1 or a 4-3-3, Valbuena will come in on the left side of attack after another superb match in the first leg, but Génésio must decide among Nabil Fékir, Maxwel Cornet or Rachid Ghezzal on the right. Ghezzal was unimpressive from the off, Fékir still looks half-fit, meaning Cornet, at just 20 years old, could get the start, Génésio relying on his pace and bravado to trouble Adriano.

Danger Men:

Anderson Talisca, Besiktas JK

It may seem an easy out to but the Benfica loanee back in this space, but his free kick taking was superb, and Lyon struggled badly to clear the ball. He had few opportunities to shoot on goal, but was able to combine with Ryan Babel for Besiktas’ opener on a tricky dead ball routine early in the first half. Talisca isn’t the best in possession, but with Quaresma back in, there will be less creative onus on him, and he could profit from that additional freedom.

Corentin Tolisso, Olympique Lyonnais

Scorer of Lyon’s equalizer and also unlucky to see a shot crash off the post late on, Tolisso was imperious at the Parc OL, and should be even more effective in the return leg. With Maxime Gonalons back in the team after serving a one-match ban, Tolisso will have little to do in defence, and his physicality and inventiveness should be the difference in seeing Lyon through.

Predicted Score:

Besiktas JK 1-1 Olympique Lyonnais

E.D.

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